Sub Nitrogen Phase Change Compressor unit

AI Thread Summary
The discussion centers on the potential of using a phase change compressor unit with its hot side immersed in liquid nitrogen to achieve sub-200 to -250°C cooling for overclocking processors. Current methods include cascade phase change units and copper pots filled with liquid nitrogen, while liquid helium is rarely used due to high costs. The poster seeks insights into the feasibility of their idea, acknowledging a lack of scientific expertise. Participants are encouraged to ask questions for clarification and provide assistance. The concept aligns with existing cryocooler technology, which is available for purchase.
jebusv20
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Hey guys, I don't post here often but I like to come here when I have a problem that really rattles my brain.

I am an 'overclocker' by hobby (I tune computers), a big part of the overclocking scene is cooling the processor of the computer as far as possible. For years now the 'best' way of doing this has either been the use of a cascade phase change unit (phase change compressor cooling the hot side of another phase change compressor) or what is known as a pot (essentially a large 3kg+ cup of copper) that is often filled with liquid Nitrogen good for -196C.

There is also the very rare use of liquid helium at -250C or so, but the cost of liquid helium is so prohibitive that helium runs happen no more than half a dozen times a year all around the world.

My idea is, could a compressor be used, with the hot side bathed in liquid nitrogen to create a temperate delta allowing for sub 200-250 temperatures on the cold side?

I am completely aware that 90% of this will not make much sense as I am not as scientifically literate as I would like to be (IT at university, not Eng). If you believe you can help, please ask questions so I can translate to smart.

appendix:
a guide to what overclocking is:
http://www.youtube.com/watch?feature=player_embedded&v=LrsN3r_gVJU
 
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